mixture.f

CMSSW/Geometry/TrackerCommonData/test/mixture.f

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778 779 780 781 782 783 784 785 786 787 788 789 790 791 792 793 794 795 796 797 798 799 800 801 802 803 804 805 806 807 808 809 810 811 812 813 814 815 816 817 818 819 820 821 822 823 824 825 826 827 828 829 830 831 832	`PROGRAM AllMaterialMixtures` `C ========================` `C Usage example:` `C $ make` `C $ ./mixture $CMSSW_BASE/src/Geometry/TrackerCommonData/data/Materials/pixel_fwd` `IMPLICIT NONE` `Integer Narg, Iarg, Istatus` `CALL SYSTEM('rm -f do', Istatus)` `CALL SYSTEM('touch do', Istatus)` `Narg = IARGC()` `if (Narg.eq.0) then` `write (,) "No input file(s) given."` `write (,) "Usage: mixture FILE"` `write (,) "Run the mixture program on the input FILE(s)."` `write (,) "File names without the extension .in!"` `endif` `do Iarg=1, Narg` `call MaterialMixtures(Iarg)` `enddo` `END` `SUBROUTINE MaterialMixtures(Iarg)` `C ========================` `IMPLICIT NONE` `Integer Iarg` `Integer ISTAT,i,j,k,l` `Character1 Coding, Code` `Character120 Filename,OutFile,InFile,tzfile,x0file,l0file` `Character120 inputstring` `Integer Nmix, Ndiv,LunOut,LunIn,Index, Luntz,Lunx0,Lunl0` `C...Common Block .................................................` `Integer MaxDiv` `Parameter (MaxDiv=30)` `Character40 MixtureName, GMIXName` `Character80 Command` `Character60 Comment(MaxDiv),Material(MaxDiv)` `Character3 Type(MaxDiv)` `Real Volume(MaxDiv), Mult(MaxDiv),` `+ Density(MaxDiv),Radl(MaxDiv),MCVolume,MCArea` `Real Intl(MaxDiv)` `Common /MatMix/ Comment, Material,Volume,Mult,Density,Radl,Intl,` `+ MCVolume,MCArea,MixtureName,GMIXName,Type` `C.................................................................` `External Lenocc` `Integer Lenocc` `C... initialization` `C---> read in the input file from standard input` `C write(,) " Which file do you want me to open ?"` `C read(,) Filename` `CALL GETARG(Iarg , Filename)` `InFile = Filename(1:LENOCC(Filename))//".in"` `OutFile = Filename(1:LENOCC(Filename))//".tex"` `tzfile = Filename(1:LENOCC(Filename))//".titles"` `x0file = Filename(1:LENOCC(Filename))//".x0"` `l0file = Filename(1:LENOCC(Filename))//".l0"` `C write(,) Filename, InFile, OutFile` `LunIn = 23` `LunOut = 24` `Luntz = LunOut + 1` `Lunx0 = LunOut + 2` `Lunl0 = LunOut + 3` `open(unit=LunIn,file=InFile,status="OLD",IOSTAT=istat)` `if(istat.ne.0) then` `write(,) "Input file not found. Filename: ", InFile` `return` `endif` `open(unit=LunOut,file=OutFile,status="REPLACE")` `open(unit=Luntz,file=tzfile,status="REPLACE")` `open(unit=Lunx0,file=x0file,status="REPLACE")` `open(unit=Lunl0,file=l0file,status="REPLACE")` `call LatexSetup(LunOut)` `C---> Big loop over input file` `Nmix = 0` `Ndiv = 0` `do l = 1, 10000 !! file should not have more lines than that` `read(LunIn,'(A)',END=20) inputstring` `C write(,) inputstring` `C... first check for start of new mixture` `Coding = inputstring(1:1)` `C write(,) "Coding ", Coding` `if ( Coding.eq.'#') then ! the next mixture starts` `if (Nmix.gt.0) then ! do everything for the last mixture` `call MakeMixture(NMix,Ndiv,LunOut)` `C write(,) "Nmix ", Nmix` `C write(,) "Mixture Name: ", MixtureName, GMixName` `C do j = 1, Ndiv` `C write(,) Code, Index, Comment(j), Material(j),` `C + Volume(j), Mult(j), MCVolume` `C enddo` `endif` `C... reset everything` `Call ClearCommon` `Nmix = Nmix + 1` `Ndiv = 0` `read(inputstring,) Code,MixtureName,GMIXName,` `+ MCVolume,MCArea` `elseif ( Coding.eq.'') then ! components` `Ndiv = Ndiv + 1` `read(inputstring,) Code, Index, Comment(Ndiv),` `+ Material(Ndiv),Volume(Ndiv), Mult(Ndiv), Type(Ndiv)` `call MatchMaterial(Ndiv)` `if(Ndiv.ne.Index) write(,)` `+ "***** Inconsistency reading in ",InFile," ***"` `endif` `enddo` `20 continue` `C write(LunOut,) "\\end{center}"` `write(LunOut,) "\\end{landscape}"` `write(LunOut,) "\\end{document}"` `close(LunIn)` `close(LunOut)` `close(Luntz)` `close(Lunx0)` `close(Lunl0)` `C... write out little latex/dvips script` `C open(30,file="do",status="OLD")` `C write(30,) "latex ",Filename(1:LENOCC(Filename))` `C write(30,) "dvips ",Filename(1:LENOCC(Filename)),` `C + " -o",Filename(1:LENOCC(Filename)),".ps"` `C write(30,) "gv ",Filename(1:LENOCC(Filename))," &"` `C close(30)` `C write(,) "--> I made ",Filename(1:LENOCC(Filename)),` `C + " for you. Type ''do'' to see it "` `write(command,) "echo 'latex ",Filename(1:LENOCC(Filename)),` `+ "' >> do"` `CALL SYSTEM(command, istat)` `write(command,) "echo 'dvips ",Filename(1:LENOCC(Filename)),` `+ " -o",Filename(1:LENOCC(Filename)),".ps' ",` `+ " >> do"` `CALL SYSTEM(command, istat)` `write(command,) "echo 'gv -landscape ",` `+ Filename(1:LENOCC(Filename))," &' ",` `+ " >> do"` `CALL SYSTEM(command, istat)` `write(command,) "chmod +x do"` `CALL SYSTEM(command, istat)` `write(,) "--> I made ",Filename(1:LENOCC(Filename)),` `+ " for you. Type ''do'' to see it "` `return` `end` `C----------------------------------------------------------------` `Subroutine MatchMaterial(Index)` `C ========================` `Implicit None` `Integer Index, Istat, I,J` `Integer MaxPure` `Parameter (MaxPure=350)` `Integer NPure,match` `CHARACTER25 PureName(MaxPure)` `REAL Pureweight(MaxPure), Purenumber(MaxPure), Puredens(MaxPure),` `+ PureX0(MaxPure), PureL0(MaxPure)` `SAVE NPure, Pureweight, Purenumber, Puredens, PureX0, PureL0,` `+ Purename` `Character60 string,teststring` `Logical DEBUG,FIRST` `DATA FIRST /.TRUE./` `DATA DEBUG /.TRUE./` `EXTERNAL LENOCC` `Integer LENOCC` `C...Common Block .................................................` `Integer MaxDiv` `Parameter (MaxDiv=30)` `Character40 MixtureName, GMIXName` `Character60 Comment(MaxDiv),Material(MaxDiv)` `Character3 Type(MaxDiv)` `Real Volume(MaxDiv), Mult(MaxDiv),` `+ Density(MaxDiv),Radl(MaxDiv),MCVolume,MCArea` `Real Intl(MaxDiv)` `Common /MatMix/ Comment, Material,Volume,Mult,Density,Radl,Intl,` `+ MCVolume,MCArea,MixtureName,GMIXName,Type` `C.................................................................` `C... read in pure material file` `Character MatDir150` `Character MixFile150` `Character PureFile150` `call getenv("CMSSW_BASE", MatDir)` `MatDir = MatDir(:lnblnk(MatDir)) // "/src/"` `+ // "Geometry/TrackerCommonData/data/Materials/"` `if (FIRST) then` `PureFile = MatDir(:lnblnk(MatDir)) // "pure_materials.input"` `open(unit=22,file= PureFile(:lnblnk(PureFile)),` `+ status="OLD", IOSTAT=istat)` `if(istat.ne.0) then` `write(,) "Pure Materials input file could not be opened",` `+ " - I quit"` `stop` `endif` `Npure = 0` `do i=1, MaxPure` `read(22,,END=10) PureName(i), Pureweight(i),` `+ PureNumber(i),PureDens(i), PureX0(i), PureL0(i)` `Npure = Npure + 1` `enddo` `10 continue` `close(22)` `C... read in mixed material file` `MixFile = MatDir(:lnblnk(MatDir)) // "mixed_materials.input"` `open(unit=22, file= MixFile(:lnblnk(MixFile)),` `+ status="OLD", IOSTAT=istat)` `if(istat.ne.0) then` `write(,) "Mixed Materials input file could not be opened",` `+ " - I quit"` `stop` `endif` `do i=Npure+1, MaxPure` `read(22,,END=20) PureName(i), Pureweight(i),` `+ PureNumber(i),PureDens(i), PureX0(i), PureL0(i)` `Npure = Npure + 1` `enddo` `20 continue` `close(22)` `C` `if (debug) then` `write(,) "Number of pure materials: ", Npure` `write(,) "Material name ", "A ",` `+ "Z ",` `+ "dens [g/cm3]", " X_0 [cm] "," l_0 [cm]"` `do j= 1, NPure` `write(,200) PureName(j), Pureweight(j),` `+ PureNumber(j),PureDens(j), PureX0(j), PureL0(j)` `enddo` `endif` `200 Format(A30,F10.5,F7.0,3F15.5)` `201 Format(A30,A30,F10.5,F7.0,3F15.5)` `FIRST = .FALSE.` `endif` `C---> try to match material here !` `String = Material(Index)` `if (DEBUG) write(,) 'Matching now ', String` `match = 0` `Do i = 1,NPure` `teststring = PureName(i)` `if(teststring(1:LENOCC(teststring)).eq.` `+ string(1:LENOCC(string))) then` `if (debug) write(,201) string, PureName(i), Pureweight(i),` `+ PureNumber(i), PureDens(i), PureX0(i), PureL0(i)` `match = 1` `C... set density and radiation lenght and nuclear interaction length` `Density(Index) = Puredens(I)` `Radl(Index) = PureX0(I)` `Intl(Index) = PureL0(I)` `endif` `enddo` `if (match.ne.1)then` `write(,) "Couldn't find match for material ",` `+ Index, Material(Index)` `write(,) "Exiting !!"` `stop` `else` `if(Radl(Index).le.0.) then` `write(,) "Radiation length is zero for material ",` `+ Index, Material(Index)` `endif` `if(Density(Index).le.0) then` `write(,) "Density is zero for material ",` `+ Index, Material(Index)` `endif` `if(Intl(Index).le.0.) then` `write(,)` `+ "Nuclear Interaction length is zero for material ",` `+ Index, Material(Index)` `endif` `endif` `return` `end` `C--------------------------------------------------------------` `Subroutine MakeMixture(Nmix,NMat,LUN)` `C =====================================` `Implicit None` `C...Common Block .................................................` `Integer MaxDiv` `Parameter (MaxDiv=30)` `Character40 MixtureName, GMIXName` `Character60 Comment(MaxDiv),Material(MaxDiv)` `Character3 Type(MaxDiv)` `Real Volume(MaxDiv), Mult(MaxDiv),` `+ Density(MaxDiv),Radl(MaxDiv),MCVolume,MCArea` `Real Intl(MaxDiv)` `Common /MatMix/ Comment, Material,Volume,Mult,Density,Radl,Intl,` `+ MCVolume,MCArea,MixtureName,GMIXName,Type` `C.................................................................` `Integer NMat, i, j, k,LUN,NMix,LUNTZ,NTZ,Lunx0,Lunl0` `Real TVOL,TDEN,TRAD,Weight,PVOL(MaxDiv),PWeight(MaxDiv)` `Real TINT` `Real ws(MaxDiv),tmp,PRAD(MaxDiv),Norm,Ndens,NRadl,PRadl` `Real ws2(MaxDiv),tmp2,PINT(MaxDiv),NIntl,PIntl` `Real PSUP,PSEN,PCAB,PCOL,PELE` `Real PSUP2,PSEN2,PCAB2,PCOL2,PELE2` `Character60 string,string1,string2,stringmatname` `Character30 TZName(MaxDiv)` `Character32 tzstring` `Real TZVol(MaxDiv), TZVolTot` `External LENOCC` `Integer LENOCC` `character100 sformat` `C..................................................................` `C..initialize` `TVOL = 0. ! compound volume` `TDEN = 0. ! compound density` `TRAD = 0. ! compound radiation length` `Weight = 0. ! Total weight` `TINT = 0. ! compound nuclear interaction length` `call VZERO(PVOL,MaxDiv)` `call VZERO(Pweight,MaxDiv)` `call VZERO(ws,MaxDiv)` `call VZERO(ws2,MaxDiv)` `call VZERO(PRAD,MaxDiv)` `call VZERO(TZVol,MaxDiv)` `tmp = 0.` `tmp2 = 0.` `* total volume` `do i=1, NMat` `Volume(i) = Mult(i)Volume(i)` `TVOL = TVOL + Volume(i)` `enddo` `if (tvol.le.0.) return` ` percentual volume and total density` `do i=1,NMat` `PVOL(i) = Volume(i)/TVOL` `TDEN = TDEN + PVOL(i)Density(i)` `enddo` ` total weight` `Weight = TDEN * TVOL` `do j = 1,NMat` `* percentual weight` `if(Volume(j).gt.0.) then` `PWeight(j) = Density(j)Volume(j)/Weight` ` weight for X0 calculation (pweight/(densityradl))` `ws(j) = Pweight(j)/(Density(j)Radl(j))` `tmp = tmp + ws(j)` `* weight for Lambda0 calculation (pweight/(densityintl))` `ws2(j) = Pweight(j)/(Density(j)Intl(j))` `tmp2 = tmp2 + ws2(j)` `endif` `enddo` `* radiation length of compound` `TRAD = 1/(tmpTDEN)` ` nuclear interaction length of compound` `TINT = 1/(tmp2TDEN)` ` contribution to compound X0` `do k = 1,NMat` `PRAD(k) = ws(k)TRADTDEN` `enddo` `* contribution to compound Lambda0` `do k = 1,NMat` `PINT(k) = ws2(k)TINTTDEN` `enddo` `* Normalization factor Mixture/MC volume` `if (MCVolume.gt.0.) then` `Norm = TVOL/MCVolume` `else` `Norm = 1.` `endif` `* Normalized density and radiation length and nuclear interaction length` `ndens = TDENNorm` `NRadl = TRAD / norm` `NIntl = TINT / norm` ` percentual radiation length of compound (if area is given)` `if (MCArea.gt.0) then` `PRadl = MCVolume/(MCAreaNRadl)` `endif` ` percentual nuclear interaction length of compound (if area is given)` `if (MCArea.gt.0) then` `PIntl = MCVolume/(MCAreaNIntl)` `endif` `C---> separate contributions to X_0 by type` `PSUP = 0.` `PSEN = 0.` `PCAB = 0.` `PCOL = 0.` `PELE = 0.` `do i = 1, NMat` `if(Type(i).eq."SUP") then` `PSUP = PSUP + PRAD(i)` `elseif (Type(i).eq."SEN") then` `PSEN = PSEN + PRAD(i)` `elseif (Type(i).eq."CAB") then` `PCAB = PCAB + PRAD(i)` `elseif (Type(i).eq."COL") then` `PCOL = PCOL + PRAD(i)` `elseif (Type(i).eq."ELE") then` `PELE = PELE + PRAD(i)` `else` `write(,) "No grouping given for material ",` `+ Material(i)` `endif` `enddo` `C---> separate contributions to Lambda_0 by type` `PSUP2 = 0.` `PSEN2 = 0.` `PCAB2 = 0.` `PCOL2 = 0.` `PELE2 = 0.` `do i = 1, NMat` `if(Type(i).eq."SUP") then` `PSUP2 = PSUP2 + PINT(i)` `elseif (Type(i).eq."SEN") then` `PSEN2 = PSEN2 + PINT(i)` `elseif (Type(i).eq."CAB") then` `PCAB2 = PCAB2 + PINT(i)` `elseif (Type(i).eq."COL") then` `PCOL2 = PCOL2 + PINT(i)` `elseif (Type(i).eq."ELE") then` `PELE2 = PELE2 + PINT(i)` `else` `write(,) "No grouping given for material ",` `+ Material(i)` `endif` `enddo` `C---> write out the results ..................` `c$$$ stringmatname = GMIXName` `c$$$ call LatexUnderscore(stringmatname)` `c$$$ write(LUN,1000) Nmix,MixtureName,stringmatname` `c$$$ 1000 Format('\\subsection{\\underline{',I3,2X,A40,2X,` `c$$$ + '(Material name: ',A40,')',' }}')` `c$$$` `c$$$C write(LUN,) "\\begin{table}[ht]"` `c$$$ write(LUN,) "\\begin{tabular}{rlrrr}"` `c$$$ write(LUN,) "\\hline\\hline"` `c$$$ write(LUN,) " & Item & \\% Volume & \\% Weight & ",` `c$$$ + "\\% Total X0 \\","\\"` `c$$$ write(LUN,) "\\hline\\hline"` `c$$$` `c$$$ do k=1,NMat` `c$$$ string = Material(k)` `c$$$ call LatexUnderscore(string)` `c$$$ write(LUN,1001) k, string(1:LENOCC(string)),100.PVOL(k),` `c$$$ + 100.Pweight(k),100.PRAD(k)` `c$$$ write(LUN,) "\\hline"` `c$$$ enddo` `c$$$ 1001 Format(1X,I4,2X,' & ',A20,' & ',2(1X,F8.3,' & '),1X,F8.3,` `c$$$ + '\\','\\')` `C` `C--------------------New big table START` `C` `stringmatname = GMIXName` `call LatexUnderscore(stringmatname)` `write(LUN,1000) MixtureName,stringmatname` `1000 Format('\\subsection{\\underline{',2X,A40,2X,` `+ '(Material name: ',A40,')',' }}')` `C write(LUN,) "\\begin{table}[ht]"` `write(LUN,) "\\begin{tabular}{crlrlrlcrrrr}"` `C write(LUN,) "\\hline\\hline"` `write(LUN,) " & Component & Material & ",` `+ " Volume & \\% & ",` `+ " Weight & \\% & Density ",` `+ " & X$_0$ & ",` `+ " \\% ",` `+ " & $\\lambda_0$ & ",` `+ " \\% "` `write(LUN,) "\\","\\"` `write(LUN,) " & & & ",` `+ " [cm$^3$] & & ",` `+ " [g] & & [g/cm$^3$]",` `+ " & [cm] & ",` `+ " ",` `+ " & [cm] & ",` `+ " "` `write(LUN,) "\\","\\"` `C write(LUN,) "\\hline\\hline"` `write(LUN,) "\\hline"` `do k=1,NMat` `string = Material(k)` `string1 = Comment(k)` `call LatexUnderscore(string)` `call LatexUnderscore(string1)` `if (Volume(k).ge.0.1) then` `write(LUN,1001) k,string1(1:LENOCC(string1)),` `+ string(1:LENOCC(string)),Volume(k),100.PVOL(k),` `+ Density(k)Volume(k),` `+ 100.Pweight(k),Density(k),Radl(k),100.PRAD(k),` `+ Intl(k),100PINT(k)` `else` `write(LUN,2001) k,string1(1:LENOCC(string1)),` `+ string(1:LENOCC(string)),Volume(k),100.PVOL(k),` `+ Density(k)Volume(k),` `+ 100.Pweight(k),Density(k),Radl(k),100.PRAD(k),` `+ Intl(k),100PINT(k)` `endif` `write(LUN,) "\\hline"` `enddo` `1001 Format(1X,I4,2X,' & ',A60,' & ',A20,' & ',` `+ (1X,F10.4,' & '),(1X,F12.3,' & '),(1X,F10.4,' & '),` `+ 5(1X,F12.3,' & '),1X,F12.3,` `+ '\\','\\')` `2001 Format(1X,I4,2X,' & ',A60,' & ',A20,' & ',` `+ (1X,E10.4,' & '),(1X,F12.3,' & '),(1X,E10.4,' & '),` `+ 5(1X,F12.3,' & '),1X,F12.3,` `+ '\\','\\')` `C` `C--------------------New big table END` `C` `write(LUN,) "\\end{tabular}"` `C write(LUN,) "\\vskip 0.1cm"` `write(LUN,) " "` `write(LUN,) "\\begin{tabular}{lrr}"` `write(LUN,) "\\fbox{\\begin{tabular}{rl}"` `write(LUN,1002) "Mixture density [g/cm$^3$]",TDEN` `write(LUN,1002) "Norm. mixture density [g/cm$^3$]",Ndens` `write(LUN,1002) "Mixture Volume [cm$^3$]",TVOL` `write(LUN,1002) "MC Volume [cm$^3$]",MCVolume` `write(LUN,1002) "MC Area [cm$^2]$",MCArea` `write(LUN,1002) "Normalization factor",Norm` `write(LUN,1002) "Mixture X$_0$ [cm]", TRAD` `write(LUN,1002) "Norm. Mixture X$_0$ [cm]",NRadl` `if (MCArea.gt.0) then` `write(LUN,1002) "Norm. Mixture X$_0$ (\\%)",100PRadl` `endif` `write(LUN,1002) "Mixture $\\lambda_0$ [cm]", TINT` `write(LUN,1002) "Norm. Mixture $\\lambda_0$ [cm]",NIntl` `if (MCArea.gt.0) then` `write(LUN,1002) "Norm. Mixture $\\lambda_0$ (\\%)",100PIntl` `endif` `write(LUN,1002) "Total weight (g)",weight` `1002 Format(A40," & ",F15.5," \\","\\")` `write(LUN,) "\\end{tabular}} & \\fbox{\\begin{tabular}{rl}"` `write(LUN,1006) "\\underline{X$_0$ contribution}"` `write(LUN,1005) "Support: ",PSUP` `write(LUN,1005) "Sensitive: ",PSEN` `write(LUN,1005) "Cables: ",PCAB` `write(LUN,1005) "Cooling: ",PCOL` `write(LUN,1005) "Electronics: ", PELE` `write(LUN,) "\\end{tabular}} & \\fbox{\\begin{tabular}{rl}"` `write(LUN,1006) "\\underline{$\\lambda_0$ contribution}"` `write(LUN,1005) "Support: ",PSUP2` `write(LUN,1005) "Sensitive: ",PSEN2` `write(LUN,1005) "Cables: ",PCAB2` `write(LUN,1005) "Cooling: ",PCOL2` `write(LUN,1005) "Electronics: ", PELE2` `1005 Format(A25," & ",F5.3,"\\","\\")` `1006 Format(A40," & \\","\\")` `write(LUN,) "\\end{tabular}}\\end{tabular}"` `write(LUN,) "\\clearpage"` `C----> now write out a pseudo title file` `LUNTZ = LUN+1` `C first add volumes of same material` `Ntz = 0` `do 500 i = 1, NMat` `C.. see if there's a match` `do j = 1, Ntz` `if(Material(i)(1:LENOCC(Material(i))).eq.` `+ TZName(j)(1:LENOCC(TZName(j))) ) then` `TZVol(j) = TZVol(j) + PVol(i)` `go to 500` `endif` `enddo` `Ntz = Ntz + 1` `TZName(Ntz) = material(i)` `C write(,) "Ntz increased: ",NTz, TZName(Ntz)` `TZVol(Ntz) = PVol(i)` `500 continue` `TZVolTot = 0.` `do i = 1, Ntz` `TZVolTot = TZVolTot + TZVol(i)` `enddo` `if( abs(TZVolTot-1.) .gt. 1.E-6) then` `write(,) "Percentual Volumes don't add up to 1 !!"` `endif` `C write(,) "NTZ: ", Ntz` `C do i =1, Ntz` `C write(,) TZName(i)` `C enddo` `tzstring = '"'//GMIXName(1:LENOCC(GMIXName))//'"'` `write(LUNTZ,1010) tzstring,-1Ntz, ndens` `do j = 1, Ntz` `tzstring = '"'//TZName(j)(1:LENOCC(TZName(j)))//'"'` `write(LUNTZ,1011) tzstring, -100.TZVol(j)` `enddo` `1010 Format(7X,A20,I3,4X,F12.6)` `1011 Format(10X,A22,F8.3)` `C--> and x0 contributions into a separate file` `Lunx0 = LUN+2` `Lunl0 = LUN+3` `C Original` `C tzstring = '"'//GMIXName(1:LENOCC(GMIXName))//'"'` `C if(PSUP.gt.0.) write(Lunx0,1012) tzstring,'" SUP"',PSUP` `C if(PSEN.gt.0.) write(Lunx0,1012) tzstring,'" SEN"',PSEN` `C if(PCAB.gt.0.) write(Lunx0,1012) tzstring,'" CAB"',PCAB` `C if(PCOL.gt.0.) write(Lunx0,1012) tzstring,'" COL"',PCOL` `C if(PELE.gt.0.) write(Lunx0,1012) tzstring,'" ELE"',PELE` `C write(Lunx0,) " "` `C 1012 Format(1X,A23,A6,1X,F5.3)` `C` `C rr` `tzstring = GMIXName(1:LENOCC(GMIXName))` `write(Lunx0,1012) tzstring,PSUP,PSEN,PCAB,PCOL,PELE` `write(Lunx0,) " "` `tzstring = GMIXName(1:LENOCC(GMIXName))` `write(Lunl0,1012) tzstring,PSUP2,PSEN2,PCAB2,PCOL2,PELE2` `write(Lunl0,) " "` `1012 Format(A32,1X,F5.3,1X,F5.3,1X,F5.3,1X,F5.3,1X,F5.3)` `C rr` `return` `end` `C----------------------------------------------------------------` `Subroutine ClearCommon` `C ----------------------` `Implicit None` `Integer I` `C...Common Block .................................................` `Integer MaxDiv` `Parameter (MaxDiv=30)` `Character40 MixtureName, GMIXName` `Character60 Comment(MaxDiv),Material(MaxDiv)` `Character3 Type(MaxDiv)` `Real Volume(MaxDiv), Mult(MaxDiv),` `+ Density(MaxDiv),Radl(MaxDiv),MCVolume,MCArea` `Real Intl(MaxDiv)` `Common /MatMix/ Comment, Material,Volume,Mult,Density,Radl,Intl,` `+ MCVolume,MCArea,MixtureName,GMIXName,Type` `C.................................................................` `do i=1, MaxDiv` `Comment(i) = " "` `Material(i) = " "` `Type(i) = " "` `enddo` `Call VZERO(Volume,MaxDiv)` `Call VZERO(Mult,MaxDiv)` `Call VZERO(Density,MaxDiv)` `Call VZERO(Radl,MaxDiv)` `Call VZERO(Intl,MaxDiv)` `MCVolume = 0.` `MCArea = 0.` `MixtureName = " "` `GMIXName = " "` `return` `end` `C------------------------------------------------------------------` `Subroutine LatexSetup(LUN)` `C ==========================` `Implicit None` `Integer LUN` `C--` `write(LUN,) "\\documentclass[10pt]{article}"` `write(LUN,) "\\usepackage{lscape}"` `write(LUN,) "\\usepackage{a4}"` `write(LUN,) "\\pagestyle{empty}"` `write(LUN,) "\\renewcommand{\\baselinestretch}{1.1}"` `write(LUN,) "\\parskip4pt"` `write(LUN,) "\\setlength{\\textwidth}{18cm}"` `write(LUN,) "\\setlength{\\textheight}{28cm}"` `write(LUN,) "\\addtolength{\\oddsidemargin}{-1.5cm}"` `write(LUN,) "\\addtolength{\\evensidemargin}{-1.5cm}"` `write(LUN,) "\\addtolength{\\topmargin}{-5cm}"` `write(LUN,) "\\begin{document}"` `write(LUN,) "\\begin{landscape}"` `return` `end` `Subroutine LatexUnderscore(stringname)` `C =======================================` `Implicit None` `Character60 stringname,stringtemp` `Integer k,maxunderscore,findunderscore,findspace` `Integer underscorefound` `stringtemp = stringname` `findunderscore = 0` `k = 0` `maxunderscore = 5 !At most maxunderscore '_' searched` `underscorefound = 0` `C Avoid LaTeX errors when compiling names with '_'` `c write(,) k,stringname,stringtemp` `do k=1,maxunderscore` `findunderscore = INDEX(stringtemp,'_')` `if(findunderscore.ne.0) then` `underscorefound = underscorefound + 1` `if(k.eq.1) then` `stringname = stringtemp(1:findunderscore-1) // '\\'` `+ // stringtemp(findunderscore:findunderscore)` `else` `findspace = INDEX(stringname,' ')` `stringname = stringname(1:findspace-1)` `+ // stringtemp(1:findunderscore-1) // '\\'` `+ // stringtemp(findunderscore:findunderscore)` `endif` `stringtemp = stringtemp(findunderscore+1:)` `endif` `c write(,) k,stringname,stringtemp` `enddo` `if(underscorefound.ne.0) then` `findspace = INDEX(stringname,' ')` `stringname = stringname(1:findspace-1) // stringtemp` `endif` `c write(,) k,stringname,stringtemp` `return` `end`

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      PROGRAM AllMaterialMixtures
C     ========================
C     Usage example:
C     $ make
C     $ ./mixture $CMSSW_BASE/src/Geometry/TrackerCommonData/data/Materials/pixel_fwd

      IMPLICIT NONE

      Integer Narg, Iarg, Istatus


      CALL SYSTEM('rm -f do', Istatus)
      CALL SYSTEM('touch do', Istatus)


      Narg = IARGC()

      if (Narg.eq.0) then
         write (*,*) "No input file(s) given."
         write (*,*) "Usage: mixture FILE"
         write (*,*) "Run the mixture program on the input FILE(s)."
         write (*,*) "File names without the extension .in!"
      endif


      do Iarg=1, Narg

         call MaterialMixtures(Iarg)
         
      enddo


      END


      SUBROUTINE MaterialMixtures(Iarg)
C     ========================

      IMPLICIT NONE

      Integer Iarg

      Integer ISTAT,i,j,k,l

      Character*1 Coding, Code
      Character*120 Filename,OutFile,InFile,tzfile,x0file,l0file
      Character*120 inputstring

      Integer Nmix, Ndiv,LunOut,LunIn,Index, Luntz,Lunx0,Lunl0

C...Common Block .................................................
      Integer MaxDiv
      Parameter (MaxDiv=30)
      Character*40 MixtureName, GMIXName
      Character*80 Command
      Character*60 Comment(MaxDiv),Material(MaxDiv)
      Character*3 Type(MaxDiv)
      Real Volume(MaxDiv), Mult(MaxDiv),
     +     Density(MaxDiv),Radl(MaxDiv),MCVolume,MCArea
      Real Intl(MaxDiv)
      Common /MatMix/ Comment, Material,Volume,Mult,Density,Radl,Intl,
     +                MCVolume,MCArea,MixtureName,GMIXName,Type
C.................................................................


      External Lenocc
      Integer Lenocc      


C... initialization

C---> read in the input file from standard input
C      write(*,*) " Which file do you want me to open ?"
C      read(*,*) Filename

      CALL GETARG(Iarg , Filename) 

      InFile = Filename(1:LENOCC(Filename))//".in"
      OutFile = Filename(1:LENOCC(Filename))//".tex" 
      tzfile  = Filename(1:LENOCC(Filename))//".titles"
      x0file  = Filename(1:LENOCC(Filename))//".x0"
      l0file  = Filename(1:LENOCC(Filename))//".l0"

C      write(*,*) Filename, InFile, OutFile

      LunIn = 23
      LunOut = 24
      Luntz = LunOut + 1
      Lunx0 = LunOut + 2
      Lunl0 = LunOut + 3
      open(unit=LunIn,file=InFile,status="OLD",IOSTAT=istat)
      if(istat.ne.0) then
         write(*,*) "Input file not found. Filename: ", InFile
         return
      endif

      open(unit=LunOut,file=OutFile,status="REPLACE")
      open(unit=Luntz,file=tzfile,status="REPLACE")
      open(unit=Lunx0,file=x0file,status="REPLACE")
      open(unit=Lunl0,file=l0file,status="REPLACE")
      call LatexSetup(LunOut)


C---> Big loop over input file

      Nmix = 0
      Ndiv = 0
      do l = 1, 10000     !! file should not have more lines than that

         read(LunIn,'(A)',END=20) inputstring
C         write(*,*) inputstring
         
C...     first check for start of new mixture

         Coding = inputstring(1:1)
C         write(*,*) "Coding ", Coding
         if ( Coding.eq.'#') then   ! the next mixture starts
            if (Nmix.gt.0) then     ! do everything for the last mixture 
               call MakeMixture(NMix,Ndiv,LunOut)
C               write(*,*) "Nmix ", Nmix
C               write(*,*) "Mixture Name:  ", MixtureName, GMixName
C               do j = 1, Ndiv
C                  write(*,*) Code, Index, Comment(j), Material(j),
C     +                 Volume(j), Mult(j), MCVolume
C               enddo
            endif
C... reset everything
            Call ClearCommon
            Nmix = Nmix + 1
            Ndiv = 0
            read(inputstring,*)  Code,MixtureName,GMIXName,
     +           MCVolume,MCArea

         elseif ( Coding.eq.'*') then        ! components
            Ndiv = Ndiv + 1
            read(inputstring,*) Code, Index, Comment(Ndiv), 
     +           Material(Ndiv),Volume(Ndiv), Mult(Ndiv), Type(Ndiv)
            call MatchMaterial(Ndiv)
            if(Ndiv.ne.Index)  write(*,*) 
     +         "******* Inconsistency reading in ",InFile," ******"
         endif

      enddo
 20   continue


C      write(LunOut,*) "\\end{center}"
      write(LunOut,*) "\\end{landscape}"
      write(LunOut,*) "\\end{document}"

      close(LunIn)
      close(LunOut)
      close(Luntz)
      close(Lunx0)
      close(Lunl0)
       
C... write out little latex/dvips script
C      open(30,file="do",status="OLD")
C      write(30,*) "latex ",Filename(1:LENOCC(Filename))
C      write(30,*) "dvips ",Filename(1:LENOCC(Filename)),
C     +     " -o",Filename(1:LENOCC(Filename)),".ps"
C      write(30,*) "gv ",Filename(1:LENOCC(Filename))," &"
C      close(30)

C      write(*,*) "--> I made ",Filename(1:LENOCC(Filename)),
C     +   "  for you. Type ''do'' to see it " 

      write(command,*) "echo 'latex ",Filename(1:LENOCC(Filename)),
     +     "' >> do"
      CALL SYSTEM(command, istat)

      write(command,*) "echo 'dvips ",Filename(1:LENOCC(Filename)),
     +     " -o",Filename(1:LENOCC(Filename)),".ps' ",
     +     " >> do"
      CALL SYSTEM(command, istat)

      write(command,*) "echo 'gv -landscape ",
     +     Filename(1:LENOCC(Filename))," &' ",
     +     " >> do"
      CALL SYSTEM(command, istat)

      write(command,*) "chmod +x do"
      CALL SYSTEM(command, istat)

      write(*,*) "--> I made ",Filename(1:LENOCC(Filename)),
     +   "  for you. Type ''do'' to see it " 

      return
      end


C----------------------------------------------------------------
      
      Subroutine MatchMaterial(Index)
C     ========================

      Implicit None

      Integer Index, Istat, I,J

      Integer MaxPure
      Parameter (MaxPure=350)
      Integer NPure,match
      CHARACTER*25 PureName(MaxPure)
      REAL Pureweight(MaxPure), Purenumber(MaxPure), Puredens(MaxPure),
     +     PureX0(MaxPure), PureL0(MaxPure)
      SAVE NPure, Pureweight, Purenumber, Puredens, PureX0, PureL0,
     +     Purename

      Character*60 string,teststring

      Logical DEBUG,FIRST
      DATA FIRST /.TRUE./
      DATA DEBUG /.TRUE./

      EXTERNAL LENOCC
      Integer LENOCC


C...Common Block .................................................
      Integer MaxDiv
      Parameter (MaxDiv=30)
      Character*40 MixtureName, GMIXName
      Character*60 Comment(MaxDiv),Material(MaxDiv)
      Character*3 Type(MaxDiv)
      Real Volume(MaxDiv), Mult(MaxDiv),
     +     Density(MaxDiv),Radl(MaxDiv),MCVolume,MCArea
      Real Intl(MaxDiv)
      Common /MatMix/ Comment, Material,Volume,Mult,Density,Radl,Intl,
     +                MCVolume,MCArea,MixtureName,GMIXName,Type
C.................................................................


C... read in pure material file
      Character MatDir*150
      Character MixFile*150
      Character PureFile*150
      call getenv("CMSSW_BASE", MatDir)
      MatDir = MatDir(:lnblnk(MatDir)) // "/src/"
     +     // "Geometry/TrackerCommonData/data/Materials/"
      if (FIRST) then
         PureFile = MatDir(:lnblnk(MatDir)) // "pure_materials.input"
         open(unit=22,file= PureFile(:lnblnk(PureFile)),
     +        status="OLD", IOSTAT=istat)
         if(istat.ne.0) then
            write(*,*) "Pure Materials input file could not be opened",
     +           " - I quit"
            stop
         endif

         Npure = 0
         do i=1, MaxPure
            read(22,*,END=10) PureName(i), Pureweight(i), 
     +           PureNumber(i),PureDens(i), PureX0(i), PureL0(i)
            Npure = Npure + 1
         enddo
 10      continue

         close(22)

C... read in mixed material file
         MixFile = MatDir(:lnblnk(MatDir)) // "mixed_materials.input"
         open(unit=22, file= MixFile(:lnblnk(MixFile)),
     +        status="OLD", IOSTAT=istat)

         if(istat.ne.0) then
            write(*,*) "Mixed Materials input file could not be opened",
     +           " - I quit"
            stop
         endif

         do i=Npure+1, MaxPure
            read(22,*,END=20) PureName(i), Pureweight(i), 
     +           PureNumber(i),PureDens(i), PureX0(i), PureL0(i)
            Npure = Npure + 1
         enddo
 20      continue

         close(22)
C
         if (debug) then
            write(*,*) "Number of pure materials:  ", Npure
            write(*,*) "Material name            ", "A        ",
     +           "Z         ",
     +           "dens [g/cm3]", "  X_0 [cm]  ","  l_0 [cm]"
            do j= 1, NPure
               write(*,200) PureName(j), Pureweight(j), 
     +              PureNumber(j),PureDens(j), PureX0(j), PureL0(j)
            enddo
         endif
 200     Format(A30,F10.5,F7.0,3F15.5)
 201     Format(A30,A30,F10.5,F7.0,3F15.5)

         FIRST = .FALSE.
      endif

C---> try to match material here !

      String = Material(Index)

      if (DEBUG) write(*,*) 'Matching now ', String

      match = 0
      Do i = 1,NPure
         teststring = PureName(i)
         if(teststring(1:LENOCC(teststring)).eq.
     +        string(1:LENOCC(string))) then
            if (debug)  write(*,201) string, PureName(i), Pureweight(i), 
     +           PureNumber(i), PureDens(i), PureX0(i), PureL0(i)
            match = 1
C... set density and radiation lenght and nuclear interaction length
            Density(Index) = Puredens(I)
            Radl(Index) = PureX0(I)
            Intl(Index) = PureL0(I)
       endif
      enddo

      if (match.ne.1)then
         write(*,*) "Couldn't find match for material  ",
     +        Index, Material(Index)
         write(*,*) "Exiting !!"
         stop
      else
         if(Radl(Index).le.0.) then
            write(*,*) "Radiation length is zero for material ",
     +           Index, Material(Index)
         endif
         if(Density(Index).le.0) then
             write(*,*) "Density is zero for material ",
     +           Index, Material(Index)
          endif
         if(Intl(Index).le.0.) then
            write(*,*)
     +           "Nuclear Interaction length is zero for material ",
     +           Index, Material(Index)
         endif
      endif

      return
      end

C--------------------------------------------------------------

      Subroutine MakeMixture(Nmix,NMat,LUN)
C     =====================================

      Implicit None

C...Common Block .................................................
      Integer MaxDiv
      Parameter (MaxDiv=30)
      Character*40 MixtureName, GMIXName
      Character*60 Comment(MaxDiv),Material(MaxDiv)
      Character*3 Type(MaxDiv)
      Real Volume(MaxDiv), Mult(MaxDiv),
     +     Density(MaxDiv),Radl(MaxDiv),MCVolume,MCArea
      Real Intl(MaxDiv)
      Common /MatMix/ Comment, Material,Volume,Mult,Density,Radl,Intl,
     +                MCVolume,MCArea,MixtureName,GMIXName,Type
C.................................................................

      Integer NMat, i, j, k,LUN,NMix,LUNTZ,NTZ,Lunx0,Lunl0

      Real TVOL,TDEN,TRAD,Weight,PVOL(MaxDiv),PWeight(MaxDiv)
      Real TINT
      Real ws(MaxDiv),tmp,PRAD(MaxDiv),Norm,Ndens,NRadl,PRadl
      Real ws2(MaxDiv),tmp2,PINT(MaxDiv),NIntl,PIntl

      Real PSUP,PSEN,PCAB,PCOL,PELE
      Real PSUP2,PSEN2,PCAB2,PCOL2,PELE2

      Character*60 string,string1,string2,stringmatname

      Character*30 TZName(MaxDiv)
      Character*32 tzstring
      Real         TZVol(MaxDiv), TZVolTot

      External LENOCC
      Integer LENOCC

      character*100 sformat

C..................................................................

C..initialize
      TVOL = 0.     ! compound volume
      TDEN = 0.     ! compound density
      TRAD = 0.     ! compound radiation length
      Weight = 0.   ! Total weight
      TINT = 0.     ! compound nuclear interaction length
      call VZERO(PVOL,MaxDiv)
      call VZERO(Pweight,MaxDiv)
      call VZERO(ws,MaxDiv)
      call VZERO(ws2,MaxDiv)
      call VZERO(PRAD,MaxDiv)
      call VZERO(TZVol,MaxDiv)
      tmp = 0.
      tmp2 = 0.

* total volume
      do i=1, NMat
         Volume(i) = Mult(i)*Volume(i)
         TVOL = TVOL + Volume(i)
      enddo

      if (tvol.le.0.) return
* percentual volume and total density
      do i=1,NMat
         PVOL(i) = Volume(i)/TVOL
         TDEN = TDEN + PVOL(i)*Density(i)
      enddo

* total weight
      Weight = TDEN * TVOL

      do j = 1,NMat
* percentual weight
         if(Volume(j).gt.0.) then
            PWeight(j) = Density(j)*Volume(j)/Weight
* weight for X0 calculation (pweight/(density*radl))
            ws(j) =  Pweight(j)/(Density(j)*Radl(j))
            tmp = tmp + ws(j)
* weight for Lambda0 calculation (pweight/(density*intl))
            ws2(j) = Pweight(j)/(Density(j)*Intl(j))
            tmp2 = tmp2 + ws2(j)
         endif
      enddo
      
* radiation length of compound
      TRAD = 1/(tmp*TDEN)

* nuclear interaction length of compound
      TINT = 1/(tmp2*TDEN)

* contribution to compound X0
      do k = 1,NMat
         PRAD(k) = ws(k)*TRAD*TDEN
      enddo

* contribution to compound Lambda0
      do k = 1,NMat
         PINT(k) = ws2(k)*TINT*TDEN
      enddo

* Normalization factor Mixture/MC volume
      if (MCVolume.gt.0.) then
         Norm = TVOL/MCVolume
      else
         Norm = 1.
      endif

* Normalized density and radiation length and nuclear interaction length

      ndens = TDEN*Norm
      NRadl = TRAD / norm
      NIntl = TINT / norm

* percentual radiation length of compound (if area is given)
      if (MCArea.gt.0) then
         PRadl = MCVolume/(MCArea*NRadl)
      endif

* percentual nuclear interaction length of compound (if area is given)
      if (MCArea.gt.0) then
         PIntl = MCVolume/(MCArea*NIntl)
      endif

C---> separate contributions to X_0 by type
      PSUP = 0.
      PSEN = 0.
      PCAB = 0.
      PCOL = 0.
      PELE = 0.
      do i = 1, NMat
         if(Type(i).eq."SUP") then
            PSUP = PSUP + PRAD(i)
         elseif (Type(i).eq."SEN") then
            PSEN = PSEN + PRAD(i)
         elseif (Type(i).eq."CAB") then
            PCAB = PCAB + PRAD(i) 
         elseif (Type(i).eq."COL") then
            PCOL = PCOL + PRAD(i) 
         elseif (Type(i).eq."ELE") then
            PELE = PELE + PRAD(i) 
         else
            write(*,*) "No grouping given for material ",
     +           Material(i)
         endif
      enddo
      
C---> separate contributions to Lambda_0 by type
      PSUP2 = 0.
      PSEN2 = 0.
      PCAB2 = 0.
      PCOL2 = 0.
      PELE2 = 0.
      do i = 1, NMat
         if(Type(i).eq."SUP") then
            PSUP2 = PSUP2 + PINT(i)
         elseif (Type(i).eq."SEN") then
            PSEN2 = PSEN2 + PINT(i)
         elseif (Type(i).eq."CAB") then
            PCAB2 = PCAB2 + PINT(i) 
         elseif (Type(i).eq."COL") then
            PCOL2 = PCOL2 + PINT(i) 
         elseif (Type(i).eq."ELE") then
            PELE2 = PELE2 + PINT(i) 
         else
            write(*,*) "No grouping given for material ",
     +           Material(i)
         endif
      enddo

C---> write out the results ..................

c$$$      stringmatname = GMIXName
c$$$      call LatexUnderscore(stringmatname)
c$$$      write(LUN,1000) Nmix,MixtureName,stringmatname
c$$$ 1000 Format('\\subsection*{\\underline{',I3,2X,A40,2X,
c$$$     +     '(Material name: ',A40,')',' }}')
c$$$      
c$$$C      write(LUN,*) "\\begin{table}[ht]"
c$$$      write(LUN,*) "\\begin{tabular}{rlrrr}"
c$$$      write(LUN,*) "\\hline\\hline"
c$$$      write(LUN,*) " & Item & \\% Volume & \\% Weight & ",
c$$$     +     "\\% Total X0  \\","\\"
c$$$      write(LUN,*) "\\hline\\hline"
c$$$      
c$$$      do k=1,NMat
c$$$         string = Material(k)
c$$$         call LatexUnderscore(string)
c$$$         write(LUN,1001) k, string(1:LENOCC(string)),100.*PVOL(k),
c$$$     +        100.*Pweight(k),100.*PRAD(k)
c$$$         write(LUN,*) "\\hline"
c$$$      enddo
c$$$ 1001 Format(1X,I4,2X,' & ',A20,' & ',2(1X,F8.3,' & '),1X,F8.3,
c$$$     +     '\\','\\')
      
C
C--------------------New big table START
C
      stringmatname = GMIXName
      call LatexUnderscore(stringmatname)
      write(LUN,1000) MixtureName,stringmatname
 1000 Format('\\subsection*{\\underline{',2X,A40,2X,
     +     '(Material name: ',A40,')',' }}')
      
C      write(LUN,*) "\\begin{table}[ht]"
      write(LUN,*) "\\begin{tabular}{crlrlrlcrrrr}"
C      write(LUN,*) "\\hline\\hline"
      write(LUN,*) " & Component & Material & ",
     +     " Volume & \\%  & ",
     + " Weight & \\% & Density ",
     +     " & X$_0$ & ",
     +     " \\% ",
     +     " & $\\lambda_0$ & ",
     +     " \\% "
      write(LUN,*) "\\","\\"
      write(LUN,*) " & & & ",
     +     " [cm$^3$] & & ",
     + " [g] & & [g/cm$^3$]",
     +     " & [cm] & ",
     +     " ",
     +     " & [cm] & ",
     +     " "
      write(LUN,*) "\\","\\"
C      write(LUN,*) "\\hline\\hline"
      write(LUN,*) "\\hline"
      
      do k=1,NMat
         string = Material(k)
         string1 = Comment(k)
         call LatexUnderscore(string)
         call LatexUnderscore(string1)
         
         if (Volume(k).ge.0.1) then
            write(LUN,1001) k,string1(1:LENOCC(string1)),
     +           string(1:LENOCC(string)),Volume(k),100.*PVOL(k),
     +           Density(k)*Volume(k),
     +           100.*Pweight(k),Density(k),Radl(k),100.*PRAD(k),
     +           Intl(k),100*PINT(k)
        else
            write(LUN,2001) k,string1(1:LENOCC(string1)),
     +           string(1:LENOCC(string)),Volume(k),100.*PVOL(k),
     +           Density(k)*Volume(k),
     +           100.*Pweight(k),Density(k),Radl(k),100.*PRAD(k),
     +           Intl(k),100*PINT(k)
       endif
         write(LUN,*) "\\hline"
      enddo
 1001 Format(1X,I4,2X,' & ',A60,' & ',A20,' & ',
     +     (1X,F10.4,' & '),(1X,F12.3,' & '),(1X,F10.4,' & '),
     +     5(1X,F12.3,' & '),1X,F12.3,
     +     '\\','\\')
 2001 Format(1X,I4,2X,' & ',A60,' & ',A20,' & ',
     +     (1X,E10.4,' & '),(1X,F12.3,' & '),(1X,E10.4,' & '),
     +     5(1X,F12.3,' & '),1X,F12.3,
     +     '\\','\\')

C
C--------------------New big table END
C
      write(LUN,*) "\\end{tabular}"
C      write(LUN,*) "\\vskip 0.1cm"
      write(LUN,*) " "
      write(LUN,*) "\\begin{tabular}{lrr}"
      write(LUN,*) "\\fbox{\\begin{tabular}{rl}"
      write(LUN,1002) "Mixture density [g/cm$^3$]",TDEN
      write(LUN,1002) "Norm. mixture density [g/cm$^3$]",Ndens
      write(LUN,1002) "Mixture Volume [cm$^3$]",TVOL
      write(LUN,1002) "MC Volume [cm$^3$]",MCVolume
      write(LUN,1002) "MC Area [cm$^2]$",MCArea
      write(LUN,1002) "Normalization factor",Norm
      write(LUN,1002) "Mixture X$_0$ [cm]", TRAD
      write(LUN,1002) "Norm. Mixture X$_0$ [cm]",NRadl
      if (MCArea.gt.0) then
         write(LUN,1002) "Norm. Mixture X$_0$ (\\%)",100*PRadl
      endif
      write(LUN,1002) "Mixture $\\lambda_0$ [cm]", TINT
      write(LUN,1002) "Norm. Mixture $\\lambda_0$ [cm]",NIntl
      if (MCArea.gt.0) then
         write(LUN,1002) "Norm. Mixture $\\lambda_0$ (\\%)",100*PIntl
      endif
      write(LUN,1002) "Total weight (g)",weight
 1002 Format(A40," & ",F15.5," \\","\\")

      write(LUN,*) "\\end{tabular}} & \\fbox{\\begin{tabular}{rl}"
      
      write(LUN,1006) "\\underline{X$_0$ contribution}"
      write(LUN,1005) "Support: ",PSUP
      write(LUN,1005) "Sensitive: ",PSEN
      write(LUN,1005) "Cables: ",PCAB
      write(LUN,1005) "Cooling: ",PCOL
      write(LUN,1005) "Electronics: ", PELE
      
      write(LUN,*) "\\end{tabular}} & \\fbox{\\begin{tabular}{rl}"
      
      write(LUN,1006) "\\underline{$\\lambda_0$ contribution}"
      write(LUN,1005) "Support: ",PSUP2
      write(LUN,1005) "Sensitive: ",PSEN2
      write(LUN,1005) "Cables: ",PCAB2
      write(LUN,1005) "Cooling: ",PCOL2
      write(LUN,1005) "Electronics: ", PELE2
      
 1005 Format(A25," & ",F5.3,"\\","\\")
 1006 Format(A40," & \\","\\")
      
      write(LUN,*) "\\end{tabular}}\\end{tabular}"
      write(LUN,*) "\\clearpage"
      
C----> now write out a pseudo title file

      LUNTZ = LUN+1

C * first add volumes of same material
      
      Ntz = 0

      do 500 i = 1, NMat  
C.. see if there's a match    
         do j = 1, Ntz
            if(Material(i)(1:LENOCC(Material(i))).eq.
     +           TZName(j)(1:LENOCC(TZName(j))) ) then
               TZVol(j) = TZVol(j) + PVol(i)
               go to 500
            endif
         enddo
         Ntz = Ntz + 1
         TZName(Ntz) = material(i)
C         write(*,*) "Ntz increased: ",NTz, TZName(Ntz)
         TZVol(Ntz)  = PVol(i)
 500  continue

      TZVolTot = 0.
      do i = 1, Ntz
         TZVolTot = TZVolTot + TZVol(i)
      enddo
      if( abs(TZVolTot-1.) .gt. 1.E-6) then
         write(*,*) "Percentual Volumes don't add up to 1 !!"
      endif

C      write(*,*) "NTZ: ", Ntz
C      do i =1, Ntz
C         write(*,*) TZName(i)
C      enddo

      tzstring = '"'//GMIXName(1:LENOCC(GMIXName))//'"'
      write(LUNTZ,1010) tzstring,-1*Ntz, ndens
      do j = 1, Ntz
         tzstring = '"'//TZName(j)(1:LENOCC(TZName(j)))//'"'
         write(LUNTZ,1011) tzstring, -100.*TZVol(j)
      enddo

 1010 Format(7X,A20,I3,4X,F12.6)
 1011 Format(10X,A22,F8.3)

C--> and x0 contributions into a separate file

      Lunx0 = LUN+2
      Lunl0 = LUN+3

C     Original
C     tzstring = '"'//GMIXName(1:LENOCC(GMIXName))//'"'
C     if(PSUP.gt.0.) write(Lunx0,1012) tzstring,'" SUP"',PSUP
C     if(PSEN.gt.0.) write(Lunx0,1012) tzstring,'" SEN"',PSEN
C     if(PCAB.gt.0.) write(Lunx0,1012) tzstring,'" CAB"',PCAB
C     if(PCOL.gt.0.) write(Lunx0,1012) tzstring,'" COL"',PCOL
C     if(PELE.gt.0.) write(Lunx0,1012) tzstring,'" ELE"',PELE
C     write(Lunx0,*) "   "
C     1012 Format(1X,A23,A6,1X,F5.3)
C     

C     rr
      tzstring = GMIXName(1:LENOCC(GMIXName))
      write(Lunx0,1012) tzstring,PSUP,PSEN,PCAB,PCOL,PELE
      write(Lunx0,*) "   "
      tzstring = GMIXName(1:LENOCC(GMIXName))
      write(Lunl0,1012) tzstring,PSUP2,PSEN2,PCAB2,PCOL2,PELE2
      write(Lunl0,*) "   "
 1012 Format(A32,1X,F5.3,1X,F5.3,1X,F5.3,1X,F5.3,1X,F5.3)
C     rr
      
      return
      end

C----------------------------------------------------------------
      
      Subroutine ClearCommon
C     ----------------------

      Implicit None

      Integer I

C...Common Block .................................................
      Integer MaxDiv
      Parameter (MaxDiv=30)
      Character*40 MixtureName, GMIXName
      Character*60 Comment(MaxDiv),Material(MaxDiv)
      Character*3 Type(MaxDiv)
      Real Volume(MaxDiv), Mult(MaxDiv),
     +     Density(MaxDiv),Radl(MaxDiv),MCVolume,MCArea
      Real Intl(MaxDiv)
      Common /MatMix/ Comment, Material,Volume,Mult,Density,Radl,Intl,
     +                MCVolume,MCArea,MixtureName,GMIXName,Type
C.................................................................

      do i=1, MaxDiv
         Comment(i) = "  "
         Material(i) = "  "
         Type(i)     = "  "
      enddo

      Call VZERO(Volume,MaxDiv)
      Call VZERO(Mult,MaxDiv)
      Call VZERO(Density,MaxDiv)
      Call VZERO(Radl,MaxDiv)
      Call VZERO(Intl,MaxDiv)
      MCVolume = 0.
      MCArea = 0.
      MixtureName = " "
      GMIXName = " "

      return 
      end

C------------------------------------------------------------------

      Subroutine LatexSetup(LUN)
C     ==========================
      
      Implicit None
      Integer LUN
C--
      write(LUN,*) "\\documentclass[10pt]{article}"
      write(LUN,*) "\\usepackage{lscape}"
      write(LUN,*) "\\usepackage{a4}"
      write(LUN,*) "\\pagestyle{empty}"
      write(LUN,*) "\\renewcommand{\\baselinestretch}{1.1}"
      write(LUN,*) "\\parskip4pt"
      write(LUN,*) "\\setlength{\\textwidth}{18cm}"
      write(LUN,*) "\\setlength{\\textheight}{28cm}"     
      write(LUN,*) "\\addtolength{\\oddsidemargin}{-1.5cm}"
      write(LUN,*) "\\addtolength{\\evensidemargin}{-1.5cm}"
      write(LUN,*) "\\addtolength{\\topmargin}{-5cm}"
      write(LUN,*) "\\begin{document}"
      write(LUN,*) "\\begin{landscape}"
        
      return
      end
      


      Subroutine LatexUnderscore(stringname)
C     =======================================
      Implicit None
      Character*60 stringname,stringtemp
      Integer      k,maxunderscore,findunderscore,findspace
      Integer      underscorefound
      
      stringtemp = stringname
      findunderscore = 0
      k = 0
      maxunderscore = 5  !At most maxunderscore '_' searched
      underscorefound = 0
      
C     Avoid LaTeX errors when compiling names with '_'
c     write(*,*) k,stringname,stringtemp
      do k=1,maxunderscore
         findunderscore = INDEX(stringtemp,'_')
         if(findunderscore.ne.0) then
            underscorefound = underscorefound + 1
            if(k.eq.1) then
               stringname = stringtemp(1:findunderscore-1) // '\\'
     +              // stringtemp(findunderscore:findunderscore)
            else
               findspace = INDEX(stringname,' ')
               stringname = stringname(1:findspace-1)
     +              // stringtemp(1:findunderscore-1) // '\\'
     +              // stringtemp(findunderscore:findunderscore)
            endif
            stringtemp = stringtemp(findunderscore+1:)
         endif
c     write(*,*) k,stringname,stringtemp
      enddo
      if(underscorefound.ne.0) then
         findspace = INDEX(stringname,' ')
         stringname = stringname(1:findspace-1) // stringtemp
      endif
c     write(*,*) k,stringname,stringtemp
      return
      end